With the advancement of science and technology, the production and manufacturing process of genuine leather has become more and more complicated and refined. Oscillating knife cutting technology as an advanced cutting method, plays an important role in improving production efficiency, ensuring cutting accuracy and reducing costs. This article will introduce in detail the technical principle and software functions of genuine leather cutting machine.
Technical principle of genuine leather oscillating knife cutting machine
Oscillating knife cutting technology is an advanced processing technology that uses high-frequency oscillating tools for cutting. In genuine leather cutting machines, the oscillating tools commonly used are precisely designed and tool heads, and their main principles include the following aspects:
High-frequency oscillating cutting tool: The tip of the oscillating knife is inserted into the leather material, and the material is quickly cut through high-frequency oscillating. It makes the cutting process smoother and more precise, and can easily cope with materials with complex thickness and texture such as leather.
Precise control: Modern genuine leather cutting machines are equipped with advanced control systems that can accurately control the motion trajectory and cutting speed of the oscillating tool. The cutting pattern is preset through the software program, so that each piece of leather can be accurately cut according to the design requirements, thereby ensuring cutting accuracy and effect.
Environmental protection and material saving: The equipment uses blade cutting, which does not produce smoke, and has an automatic typesetting function, which saves more than 15% of materials.
Leather defect identification and typesetting function
The intelligent defect identification function of the leather cutting software is based on advanced image processing and analysis technology. Its main principles include the following aspects:
1. Image acquisition and analysis: The software obtains image information of the leather surface in real time through high-resolution image acquisition equipment. After processing and analysis, these images can accurately identify defects on the leather surface, such as scars, spots, wrinkles, etc.
2. Intelligent algorithm application: Through the preset intelligent algorithm, the software can quickly determine the size, location and type of defects and it can automatically adjust the cutting mode and typesetting method to avoid defective areas to ensure that the cut leather is not affected and improve the overall quality of the product.
3. Automated typesetting: Traditional manual typesetting usually requires workers to manually identify and mark defects, and then perform typesetting design, which is not only time-consuming and labor-intensive, but also prone to errors. The intelligent typesetting function of the oscillating knife leather cutting software can automatically complete this process, effectively saving typesetting time and improving production efficiency.
The oscillating knife cutting technology has a wide range of application scenarios and significant advantages in the manufacture of genuine leather.